Question

an acid anhydride which does not affect potassium permanganate solution​

Answer 1

Answer:

an acid anhydride which does not affect potassium permanganate solution

Explanation:

an acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solutionan acid anhydride which does not affect potassium permanganate solution

Answer 2

cyclohexane carboxylic anhydride is one of the organic substance which does not affect potassium permanganate solution.

Explanation:

• this is due to the extreme amount of steric hindrance because of which oxidation reaction cannot take place.

• The  cyclohexene group is very bulky group which occupies a large amount of space in the the three-dimensional space and it prevents the oxygen from coming in contact with the active anhydride group. Hence there is known oxidation of the group and hence there is no liberation of the carboxylic acid due to the reaction.

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